Recently, SCICOOLING independently developed the Thermal Shock Test Chamber (two-box, three-box, and liquid tank types), which was certified as the 2018 “Beijing New Technology and New Product Certification.”
“Beijing New Technology and New Product (Service)” is a certification jointly recognized by the Beijing Municipal Science and Technology Commission, Beijing Municipal Development and Reform Commission, Beijing Municipal Commission of Housing and Urban-Rural Development, Beijing Municipal Commission of Economy and Information Technology, and Zhongguancun Science Park Management Committee, aiming to enhance enterprise innovation capabilities and drive rapid development of high-tech industries. Granting products (services) that are independently innovative, technologically advanced, have clear property rights, reliable quality, and broad market prospects, and carry high authority.
This recognition not only affirms the company’s thermal shock test chamber but also affirms its achievements in environmental testing industry development. In the future, we will continue to uphold the philosophy of high-quality and efficient service, promoting the environmental testing industry toward greater professionalism and providing more specialized services to our customers.
The thermal shock test chamber is suitable for testing various performance indicators of components and materials from products related to electronics, electrical engineering, automotive, aerospace, shipbuilding, weaponry, universities, and research institutions, under changes in high and low temperature shocks, including temperature shock testing, reliability testing, temperature stress testing, performance testing, and product screening tests.
SCICOOLING’s thermal shock test chamber adopts a single-compressor mechanical refrigeration method developed and fully owned by the Institute of Physical and Chemical Technology, Chinese Academy of Sciences. It overcomes the traditional shortcomings of refrigeration technology in temperature zones below -40°C, such as complex systems, reduced efficiency, and poor reliability. By using only a single compressor and changing the working fluid ratio, it can achieve efficient cooling down to -190°C. Compared with conventional refrigeration technologies, single-stage mixed working fluid refrigeration systems offer significant advantages in terms of initial equipment investment, system complexity, system maintenance, system noise, environmental dependency, and energy saving and consumption reduction.
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